REG - Versarien PLC - Major Advance in Scalable Graphene Production <Origin Href="QuoteRef">VRS.L</Origin>

VersarienAnnouncement

16/07/2015 10:28

RNS Number : 8438P
Versarien PLC
11 June 2015
11 June 2015
Versarien plc
("Versarien" or the "Company")
Major Advance in Scalable Graphene Production
Versarien plc (AIM: VRS), the advanced engineering materials group is pleased to announce that its graphene development subsidiary, 2-DTech, has made a major advance in graphene plateletproduction, which the Board believes will accelerate potential commercial applications for graphene and graphene products. As a result of 2-DTech's investment program, it has developed its own proprietary graphene production technique founded upon a licenced process from University of Ulster. This process offers numerous advantages over the conventional graphene manufacturing solutions currently on the market.
Building on techniques originating from University of Manchester, refined by University of Ulster and 2-DTech, thispatented process involvesa mechanised exfoliation process in which a strong shearing force is applied to the surface of the graphene layers. This process can be automated and allows graphene sheets to be produced in larger quantities and with greater chemical purity. The resulting graphene has up to 99% carbon and minimal oxygen content, as well as being effectively inert. The graphene also exhibits exceptionally good structure and retains a very high degree of crystallinity ensuring that the risk of contamination is significantly reduced. 
Graphene performance is dependent not only on the purity, but the number of atomic layers, with a single layer providing optimal performance, allowing the full potential of graphene to be unlocked. Importantly, the 2-DTech production process provides significant amounts of single layer graphene on an industrial scale.
2-DTech are currently working with a number of clients, from industries as diverse as military, medical and consumer products, requiring access to high quality, cost effective graphene and are expecting to form a number of further partnerships to commercialise this technology in a timely fashion in the near future.
2D-Tech are a partner of the newly-opened National Graphene Institute (NGI) at The University of Manchester. 
The University's Graphene Business Director, James Baker, said: "The new production method that 2D-Tech have refined is an important step to producing high-quality graphene on an industrial scale.
"As partners of the National Graphene Institute, we are delighted to be supporting the advances 2D-Tech are making within graphene production and commercialisation. As partners, they have access to our critical mass of research expertise and work closely with us on how to take the commercialisation of graphene forward."
Versarien CEO Neill Ricketts commented: "Our technique is highly scalable and we can also use our existing group resources to manufacture relatively large quantities of high quality graphene. We are now planning to commence production and by utilising our existing production facilities we expect to lower our graphene production costs.
"This process is no more complex than existing production techniques thereby providing ourcustomers greater product flexibility. Parameters such as secondary processing and dispersion mediums and methods can be set to meet end-use application requirements. Different solvents can be specified, a wide range of concentration levels can be selected from, as well as different product forms -either a liquid or powder."
"This is a fundamental step forward in producing graphene using a patented, commercially viable production method and I would like to congratulate the 2-DTech team on their achievement. The graphene produced is of a very high quality and purity exhibiting the properties expected of single layer graphene. This has been tested by our own team as well as by a number of independent testing houses. We now look forward to increasing capacity to meet the demand for high quality supplies to complement our existing forms of graphene production."
Notice of Results
Versarien will be announcing its results for the year ending 31 March 2015 on 21 July 2015. The Company is expected to report results broadly in line with market expectations, with revenues of approximately 5 million.
For further information:
Versarien Plc
Neill Ricketts, Chief Executive Officer
Chris Leigh, Chief Financial Officer
Tel: +44 (0) 1594 888 622
www.versarien.com
Charles Stanley Securities
(Nominated Adviser and Broker) 
Russell Cook / James Greenwood
Tel: +44 (0) 20 7149 6000
IFC Advisory
(Financial PR and IR)
Tim Metcalfe / Graham Herring / Heather Armstrong
Tel +44 (0) 20 3053 8671
Notes to editors
Versarien plc (AIM:VRS), is an advanced engineering materials group. Leveraging proprietary technology, the Group creates innovative engineering solutions for its clients in a diverse range of industries. Versarien has three subsidiaries: 
Versarien Technologies Ltd. which owns the exclusive rights to a patent-protected additive process for creating advanced micro-porous metals targeting the thermal management industry and manufactures extruded aluminium heat sinks for the electronics and computing industries.www.versarien-technologies.co.uk
Total Carbide Ltd, a leading manufacturer in sintered tungsten carbide for applications in arduous environments such as the oil and gas industry. www.totalcarbide.com
2-DTech Ltd., which specialises in the supply, characterisation and early stage development of graphene products. www.2-dtech.com
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